Rita Shugart RN, RVT, FSVU presents a two-module, comprehensive Cerebrovascular Review beginning with anatomy, mechanisms of disease, symptomatology, and patient history. Additional topics include vessel identification, flow patterns and plaque morphology, carotid duplex protocols and practical scanning tips. A review of carotid interpretation includes current diagnostic and correlation criteria and miscellaneous pathology which may be encountered during the carotid duplex exam. Module 2 also includes the basics of Transcranial Doppler and Imaging. Modules may be purchased individually or as the complete Cerebrovascular Review eCourse. Cerebrovascular Review course length: 3 hrs of core lectures plus 2.25 hrs of customized review.
(The Cerebrovascular Review eCourse is included in the complete Vascular Technology eCourse.)
VTCerebro1: Cerebrovascular Review Part 1
Rita Shugart RN, RVT, FSVU presents Module 1 of the Cerebrovascular Review beginning with extracranial and intracranial anatomy with anatomical variants followed by a discussion of the primary mechanisms of cerebrovascular disease. Patient history, clinical symptomatology and physical assessment are reviewed. This module concludes with a segment covering extracranial vessel identification, flow patterns and plaque morphology in carotid duplex scanning. Module length: Core concepts 1 hr plus 45 min customized review.
This module is included in the complete Cerebrovascular Review eCourse or can be purchased individually.
VTCerebro2: Cerebrovascular Review Part 2
In Module 2 of the Cerebrovascular Review, Rita Shugart, RN, RVT, FSVU covers carotid duplex protocols and practical scanning tips. A review of carotid interpretation includes current diagnostic criteria, correlation criteria and techniques to identify conditions causing over and underestimation of carotid velocities. Rita also address miscellaneous pathology which may be encountered during a carotid duplex exam including subclavian steal, carotid dissection, carotid body tumor, fibromuscular dysplasia and neointimal hyperplasia. A segment on Transcranial Doppler and Imaging identifies intracranial anatomy, insonation windows, vessel depth, velocities, and direction of flow. This module concludes with a review of various correlation methods. Module length: Core concepts 1 hr 56 min plus 1 hr 30 min customized review.
This module is included in the complete Cerebrovascular Review eCourse or can be purchased individually.
Vascular Technology Seminar
The Vascular Technology course includes a half-day of arterial hemodynamics and venous principles as well as a full review of cerebrovascular, arterial and venous anatomy and physiology, signs and symptoms, mechanisms of disease, direct and indirect noninvasive testing, therapeutic intervention, invasive testing and test validation. Ample time is allowed for one on one instruction and case study discussion.
CME
Vascular Technology Seminar: 16 CME
Locations
2012 schedule TBD
Price
Retail: $250.00
VIP: $200.00
Vascular Technology Dedicated Lecture
The perfect combination- the individualized attention and interaction of a seminar without associated travel costs. Small groups can customize their lecture topic and lecture dates to eliminate the time, cost and hassle of travel. Need to prepare your group for a credentialing exam? Need CME credits? Want to introduce a new technology into your laboratory? We have the answer and will bring the solution to you.
Combined Physics and Vascular Technology Seminar
Preparing for the ARDMS SPI physics and Vascular Technology specialty exam or the CCI Registered Vascular Sonographer (RVS) exam? Attend Frank Miele's popular physics seminar and your specialty seminar at the same site! The newly formatted physics course is held Thursday - Sat AM with the Vascular Technology specialty seminars beginning Saturday PM and continuing to Sunday afternoon. Pre-class material is mailed to you in advance of the course, increasing your comprehension and retention of concepts presented in class. Our pass rates are unparalleled in the industry. Prepare with Pegasus and PASS! Guaranteed.
CME
Physics Seminar: Maximum 36 CME
Physics Course textbook (included with registration): 35 CSDMS CME
Vascular Technology Seminar: 16 CME
Locations
2012 schedule TBD
Price
Retail: $650.00
VIP: $575.00
Vascular Technology: Arterial Review (7 modules)
Kathleen Carter, BSN, RN, RVT, FSVU delivers this dynamic seven module eCourse, covering Anatomy and Physiology, Physiologic Testing, Aortoiliac and Endograft Imaging, Duplex and Graft Imaging and Visceral Vascular Imaging. The Visceral Vascular Imaging component is comprised of three modules; Renovascular, Mesenteric and Hepatoportal. Case presentations facilitate the clinical application of concepts taught. Modules may be purchased individually or as the complete Peripheral Arterial Review eCourse. Peripheral Arterial Review course length: 5 hrs of core lectures plus 3.5 hrs of customized review.
(The Arterial Review eCourse is included in the complete Vascular Technology eCourse.)
VTArt1: Anatomy and History
In this module, Kathy Carter BSN, RN, RVT, FSVU discusses upper and lower arterial anatomy, risk factors, mechanisms and stages of disease, non-atherosclerotic disease, history taking, and physical examination. Module length: Core concepts 37 minutes plus 28 min customized review.
This module can be purchased individually or as part of the complete Peripheral Arterial Review eCourse.
VTArt2: Physiologic Testing
In this Physiologic Testing module, Kathy Carter BSN, RN, RVT, FSVU discusses normal and abnormal lower extremity hemodynamics, pleythysmography (PVR, PCR, VPR, PPG), segmental pressures, Doppler velocity waveforms, and exercise testing, pulsatility indices, acceleration rise time with interactive cases. Module length: Core concepts 1 hr 4 min plus 48 min customized review.
This module is included in the complete Peripheral Arterial Review eCourse or can be purchased individually.
VTArt3A: Duplex and Graft Imaging
In the third of the seven Peripheral Arterial modules topics covered include the technique and technical considerations of B-mode, Doppler and Color Doppler in arterial duplex scanning, pre-intervention duplex, rationale for surveillance, post endovascular assessment, location and types of bypass grafts, scan protocols and diagnostic criteria. The module concludes with multiple case presentations. Module length: Core concepts 1 hr 12 min plus 54 min customized review.
This module is included in the complete Peripheral Arterial Review eCourse or can be purchased individually.
VTArt3B: Aortoiliac and Endografts
The module begins with a discussion of trauma duplex, pseudoaneurysms and technique for DDTI followed by AAA, the protocol and scan technique of aortoiliac duplex scan, aortic endografts, types of endoleaks and the use of other imaging modalities in the evaluation of aortoiliac disease. Module length: Core concepts 40 min plus 30 min customized review.
This module is included in the complete Peripheral Arterial Review eCourse or can be purchased individually.
VTArt4A: Renovascular
Topics covered in this module include visceral anatomy, hemodynamics of renal artery disease, technique and technical considerations of renal artery duplex ultrasonography, renovascular resistance, assessment of renal stents, diagnostic criteria and incidental findings in renal duplex imaging. Module length: Core concepts 45 min plus 35 min customized review.
This module is included in the complete Peripheral Arterial Review eCourse or can be purchased individually.
VTArt4B: Mesenteric
In the sixth of a seven module Peripheral Arterial Review eCourse, Kathy Carter BSN, RN, RVT, FSVU discusses mesenteric anatomy and mesenteric vascular disease, including acute mesenteric disease, ischemic colon disease, celiac axis syndrome and mesenteric venous occlusion. Module length: Core concepts 21 min plus 16 min customized review.
This module is included in the complete Peripheral Arterial Review eCourse or can be purchased individually.
VTArt4C: Hepatoportal
This module begins with a discussion of the anatomy and pathophysiology of the liver followed by normal vasculature and hemodynamics. The nest section covers abnormal hemodynamics which includes portal hypertension, abnormal portal vein flow and collateral pathways, portal vein thrombosis, hepatic vein thrombosis and Budd-Chiari Syndrome. Module length: Core concepts 16 min plus 12 min customized review.
This module is included in the complete Peripheral Arterial Review eCourse or can be purchased individually.
eCourse Module 13 - Test-Taking Strategies
The ability to perform well on a multiple choice test is a skill that requires both fore-thought and practice. In this module, some very unique techniques are taught which will significantly change your test taking approach, as well as improve your test taking abilities. Within this module we will discuss concepts which include how best to read a test question, how to approach answering a test question, types of questions, distracter types, dealing with questions of inversion, logic and reasoning skills, and intelligent use of scrap paper. Additionally, specific test questions are given which allow for direct application of these concepts.
Physiological Testing Techniques and Interpretation
This is a "must read" for anyone involved with the noninvasive assessment of vascular disorders. This extensively illustrated workbook by Bob Scissons provides a wealth of detailed, easy-to-understand information about performing accurate physiologic testing and testing procedures. Some of the topics covered include an overview of arterial and venous disease, differential diagnosis of extremity pain, stress testing, arterial and venous hemodynamics, recording devices, testing protocols for upper and lower extremities and waveform/pressure analysis. The book also includes diagnostic criteria for physiologic test procedures, illustrated case studies, reimbursement guidelines, and vascular website links.
CME
Physiological Testing Techniques and Interpretation: 5 SDMS CME
Price
$79.95
Vascular Technology ExamSim Suite CD
Designed to provide an efficient way of preparing for national board exams, this Vascular Technology ExamSim Suite CD authored by Marsha M. Neumyer delivers a customized study plan so you don't spend time studying material you already know! The CD starts with a full tutorial on test-taking strategies designed to improve your test-taking skills overall. Next, you are asked to take a timed, full-length exam with 120 questions. At the end of the exam, an intelligent patented analysis package delivers hundreds of details as to your specific areas of content strengths and weaknesses. In addition, it provides information on your test taking skills showing you how you can become a better test-taker. Unlimited access is also available to review each question, how you answered, the correct answer and a detailed explanation as to why. Prior to taking the next exam, it is recommended, that you spend time studying the material where you are weak and then try taking the second exam. After working through the third exam and analysis, you can retake the exams following the same process (24 exams) until you feel fully prepared to sit for your registry exam. By using an ExamSim Suite CD to prepare, you will have studied the right material and have spent your limited study time wisely.
Price
Retail: $165.00
VIP: $98.95
Complete Vascular Technology eCourse (15 modules)
The Vascular Technology Review eCourse, presented by Pegasus Lectures and the Society for Vascular Ultrasound, consists of four comprehensive sections: Cerebrovascular, Arterial, Venous and Vascular Test Principles. The expert faculty includes Kathy Carter BSN, RN, RVT, FSVU, Rita Shugart RN, RVT, FSVU, Steve Talbot, RVT, FSVU and Frank Miele MSEE. The unique features of the Pegasus Direct player create an innovative and dynamic vascular presentation. Individual section descriptions are listed below. Prepare with Pegasus and Pass! Guaranteed.
Course length: 15 hrs of core lectures plus 11.25 hrs of customized review.
CME
15 SVU CME
Price
Retail: $275.00
VIP: $225.00
Combined Physics and Vascular Technology eCourse
Preparing for the ARDMS SPI physics and Vascular Technology specialty exam or the CCI Registered Vascular Sonographer (RVS) exam? Now you can eliminate all travel costs and view Frank Miele's popular physics seminar and the Vascular Technology specialty seminar online! The eCourses are in modular format so you can view on your schedule at your pace. Pre-class materials are mailed to you in advance of the course, increasing your comprehension and retention of concepts presented in the eCourse.
Have a question while you are studying? Attend Frank Miele's online Office Hours at no additional fee for one-on-one instruction. Our pass rates are unparalleled in the industry. Prepare with Pegasus and PASS! Guaranteed.
Physics eCourse length: Core lectures 22.5 hrs plus 17.5 hrs of optional customized review
Vascular Technology eCourse length: Core lectures 15 hrs plus 11.25 hrs of optional customized review.
Uniquely presented by Steven R. Talbot, RVT, FSVU, the first vascular technologist to discover the technique and application of venous imaging, this venous lecture series begins with a Venous Insufficiency module followed by two modules discussing the formation, detection and documentation of Deep Vein Thrombosis. Topics covered include patient history, risk factors, venous pathophysiology, anatomy, venous imaging protocols, diagnostic criteria and physiologic testing. Modules may be purchased individually or as the complete Venous Review eCourse. Venous Review course length: 2.75 hrs of core lectures plus 2 hrs of customized review.
(The Venous Review eCourse is included in the complete Vascular Technology eCourse.)
VTVen1: Venous Insufficiency
"What Goes Up, Shouldn't Come Down" is the alternate title for this lecture on Venous Insufficiency. In this module, Steve Talbot, RVT, FSVU discusses the pathophysiology of venous reflux, the best methods to detect reflux and current diagnostic criteria. Escape points, the pre-terminal and terminal valves and major branches of the great saphenous vein are covered. This module concludes with a review of perforator incompetence and venous hypertension. Module length: Core concepts 27 min plus 21 min customized review.
This module is included in the complete Venous Review eCourse or can be purchased individually.
VTVen2: Venous Thrombi Part 1
This lecture is the first of a two part series on deep vein thrombosis. Uniquely presented by Steven R. Talbot, RVT, FSVU, the first vascular technologist to discover the technique and application of venous imaging, this lecture begins with a review of the pathophysiology and mechanisms of venous disease. By understanding the factors contributing to the formation of venous thrombosis and embolus, characterization of acute and chronic thrombus becomes much easier. A review of venous anatomy includes microscopic anatomy and upper and lower venous vessels, and veins of the thorax, abdomen and pelvis. Venous protocols, vein mapping technique and diagnostic criteria are discussed. Module length: Core concepts 1 hr 15 min plus 50 min customized review.
This module is included in the complete Venous Review eCourse or can be purchased individually.
VTVen3: Venous Thrombi Part 2
This lecture is the second of a two part series on deep vein thrombosis. Beginning with a review of patient history and venous disease presentation, Steve Talbot RVT, FSVU presents venous imaging diagnostic criteria for detection of DVT and venous reflux, including tips on the information a vascular sonographer should present to the interpreting physician. Treatment methods discussed include medical therapy and surgical intervention. A section on venous physiology and physiologic testing concludes this module. Module length: Core concepts 57 min plus 43 min customized review.
This module is included in the complete Venous Review eCourse or can be purchased individually.
Vascular Technology: Vascular Test Principles (3 modules)
This segment of the Vascular Technology Review eCourse consists of three modules: Hemodynamics, Statistics and Test-Taking Strategies. In the Hemodynamic module, through analogies and thought experiments, the fluid dynamic equations are derived allowing participants to develop a conceptual appreciation of the equations through direct application in various clinical situations. In the Statistics module, Frank Miele explains the statistical parameters used to compare various aspects of a clinical test that laboratories want to validate against a gold standard test. Vascular Test Principles concludes with the Test-Taking Strategies module, in which very unique techniques are taught which will significantly change your test taking approach, as well as improve your test taking abilities. Vascular Test Principles course length: 3.75 hrs of core lectures plus 2.8 hrs of customized review.
(The Vascular Test Principles Review eCourse is included in the complete Vascular Technology eCourse and the SPI Physics eCourse.)
VTHemo: Hemodynamics
The laws that govern fluid dynamics generally seem outside the intuitive grasp of many people. In this module we begin with a simple analogy which puts the complex content of this often scary topic in terms of a story to which everyone can relate. From this analogy, not only are general fluid dynamic principles appreciated, but also the foundation of the fluid dynamic equations is derived. Further use of analogies and thought experiments will then allow us to derive all of the equations needed, including the resistance equation, the simplified law of hemodynamics, the continuity equation, Poiseuille's Law, and the Bernoulli equation. Once the equations are derived, we develop a conceptual appreciation of the equations through direct application in various clinical situations. Finally, we will learn how to relate the Doppler spectral characteristics with the hemodynamic concepts just learned. Module length: Core concepts 2 hrs 16 min plus 1 hr 42 min customized review.
This module is included in the complete Vascular Technology and SPI Physics eCourse or can be purchased individually.
VTStat: Statistics
In this module, Frank Miele explains the statistical parameters used to compare various aspects of a clinical test that laboratories want to validate against a gold standard test. In addition to being an essential component of any quality assurance program, this statistical information will also prove very useful for labs undergoing laboratory accreditation. Module length: Core concepts 31 min plus 24 min customized review.
This module is included in the complete Vascular Technology and SPI Physics eCourse or can be purchased individually.
VTTest: Test-Taking Strategies
The ability to perform well on a multiple choice test is a skill that requires both fore- thought and practice. In this module, some very unique techniques are taught which will significantly change your test taking approach, as well as improve your test taking abilities. Within this module we will discuss concepts which include how best to read a test question, how to approach answering a test question, types of questions, distracter types, dealing with questions of inversion, logic and reasoning skills, and intelligent use of scrap paper. Additionally, specific test questions are given which allow for direct application of these concepts. Module length: Core concepts 1 hr plus 45 min customized review.
This module is included in the complete Vascular Technology eCourse or can be purchased individually.
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